Beyond X for Smart Factory

EIS (Equipment Interface System)

A comprehensive solution that develops, deploys, and manages interface programs between MES and equipment for real-time data acquisition and remote control

Solution

EIS (Equipment Interface System)

Key Features

Provides the interface between MES and equipment for data acquisition and remote control.

EIS Application Architecture

EIS Application 구성도

Standardized Modeling
with EIS Builder

Device-based information modeling
Group management by device model
Integrated management covering version control, deployment, execution, monitoring, and more

Interface Process Management via
EIS Agent

EIS App server deployment and file management
System performance monitoring
Remote execution integrated with EIS Builder

Provision of Various APIs
with EIS Framework

Transaction processing through workflow engine
Provision of diverse libraries and standard APIs for EIS App development

Solution Advantages

Delivers an optimal solution that ensures rapid development, stable system performance, and an efficient development environment, prioritizing high productivity and scalability.

Standardized Process and Data Definition

Supports HSMS, SECS-II, and GEM SEMI standards
Standard data definition features - Equipment Constant - Variable ID - Event ID - Report ID

Flexibility through Diverse Features

Log retention period and location configuration
Centralized master data management and remote deployment
Server performance monitoring
Support for CEID-based message classification
Version contro
Multilingual support

Advanced Development and Operational Productivity

Workflow-based development
Standard development process at message level
Modeling via version control tools
Failover, Failback
Rapid recovery
Downtime minimization

Ensured System Scalability

External communication interfaces with scalable architecture design
Interfaces allowing additional communication drivers based on field requirements

Expected Benefits

Enhanced Customer Satisfaction

Improved customer support through systematic process data acquisition
Early defect detection and proactive actions enabled by real-time monitoring

Process Automation and Optimization

Implementation and optimization of automated processes via equipment interfaces
Process analysis and optimal production condition setting based on data

Efficient Data Integration and Management

Maintaining Consistency through Integrated Management of Data from Diverse Equipment and Systems
Enabling Real-Time Data-Driven Decision Making

Reference

Solar Power Equipment Automation

Requirements

Production result reporting to MES via equipment interface
Remote equipment control based on MES automation operation scenarios

Key Achievements

Stable performance processing and additional quality data collection
Support for mixed-model production

Semiconductor(Back-End) Equipment Automation

Requirements

Production result reporting to MES via equipment interface
Remote equipment control based on MES automation operation scenarios

Key Achievements

Standardization of equipment interfaces based on SEMI standards
Implementation of unmanned automation for semiconductor back-end bumping lines

Secondary Battery Equipment Automation

Requirements

Performance gathering from equipment PLC
Performance transmission to upper-level system
Remote control of manufacturing equipment

Key Achievements

Integrated interface for various PLCs
Performance transmission through process standardization

Semiconductor (Back-end) Equipment Automation

Requirements

Performance gathering from equipment PLC
Performance transmission to upper-level system
Remote control of manufacturing equipment

Key Achievements

Full-automation smart factory team establishment in the package division
Process standardization and unmanned operation through full-automation scenarios